Solid ammonium carbamate- NH2CO2NH4s- dissociates into ammonia and carbon dioxide when it evaporates as shown below- N H 4CO2NH2s - 2NH3g - CO2gAt 25-C- the total pressure of the gases in equilibrium with the solid is 0-116 atm- If 0-1 atm of CO2 is introduced after equilibrium is reached then-

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Standard XII

Chemistry

Law of Mass Action

Solid ammoniu...

Question

Solid ammonium carbamate, $N H_{2} C O_{2} N H_{4} (s)$ , dissociates into ammonia and carbon dioxide when it evaporates as shown below:
$N H_{4} C O_{2} N H_{2} (s) ⇌ 2 N H_{3} (g) + C O_{2} (g)$
At $25^{\circ} C$ , the total pressure of the gases in equilibrium with the solid is $0.116 a t m$ . If $0.1 a t m$ of $C O_{2}$ is introduced after equilibrium is reached then:

final pressure of

C O_{2}

be less than

0.1 a t m

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final pressure of

C O_{2}

will be more than

0.1 a t m

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pressure of

N H_{3}

will decrease due to addition of

C O_{2}

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pressure of

N H_{3}

will increase due to addition of

C O_{2}

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Solution

The correct options are
B final pressure of $C O_{2}$ will be more than $0.1 a t m$
C pressure of $N H_{3}$ will decrease due to addition of $C O_{2}$
The pressure of $N H_{3}$ will decrease due to addition of $C O_{2}$ (backward, shifting Le-chatelier's principle. The pressure of $C O_{2}$ will be more than 0.1 atm.

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Similar questions

Q. Solid ammonium carbamate,

N H_{4} C O_{2} N H_{2} (s)

, dissociates into ammonia and carbon dioxide when it evaporates as shown by

N H_{4} C O_{2} N H_{2} (s) ⇌ 2 N H_{3} (g) + C O_{2} (g)

25^{\circ} C

, the total pressure of the gases in equilibrium with the solid is

0.116 atm

, if

0.1 atm

C O_{2}

is introduced after equilibrium is reached then:

Q. Solid ammonium carbamate,

N H_{4} C O_{2} N H_{2} (s)

, dissociates into ammonia and carbon dioxide, when it evaporates as shown by:

N H_{4} C O_{2} N H_{2} (s) ⇌ 2 N H_{3} (g) + C O_{2} (g)

. At

25^{o} C

, the total pressure of the gases in equilibrium with the solid is 0.116 atm. If 0.1 atm of

C O_{2}

is introduced after equilibrium is reached, then:

Q. Solid ammonium carbamate,

N H_{4} C O_{2} N H_{2} (s)

, dissociates into ammonia and carbon dioxide when it evaporates as shown by:

N H_{4} C O_{2} N H_{2} (s) ⇌ 2 N H_{3} (g) + C O_{2} (g)

25^{o} C

, the total pressure of the gases in equilibrium with the solid is 0.116 atm. If 0.1 mole of

C O_{2}

is introduced after equilibrium is reached then:

Q. Solid ammonium carbamate dissociates into

N H_{3}

and

C O_{2}

N H_{2} C O O N H_{4} ⇌ N H_{3} (g) + C O_{2} (g) .

The total pressure at equilibrium is 5 atm. Calculate the equilibrium constnat

K_{p} .

Q. Solid ammonium carbamate dissociated into

N H_{3}

and

C O_{2}

as :

N H_{4} C O O N H_{2} (s) ⇌ 2 N H_{3} (g) + C O_{2} (g)

. The total pressure at equilibrium is 0.225 atm.

K_{p}

X \times 10^{- 3} {a t m}^{3}

1000 X

is__________.

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Solid ammonium carbamate, NH2CO2NH4(s), dissociates into ammonia and carbon dioxide when it evaporates as shown below:NH4CO2NH2(s)⇌2NH3(g)+CO2(g)At 25∘C, the total pressure of the gases in equilibrium with the solid is 0.116atm. If 0.1 atm of CO2 is introduced after equilibrium is reached then:

The correct options are B final pressure of CO2 will be more than 0.1atm C pressure of NH3 will decrease due to addition of CO2The pressure of NH3 will decrease due to addition of CO2(backward, shifting Le-chatelier's principle. The pressure of CO2 will be more than 0.1 atm.